The present focus of my research group is DNS and LES of compressible wall-bounded flows with and without shocks and compressible round jets.Also we are working on LES of combustion in compressible flows.
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Invariants of the velocity gradient tensor in a spatially developing compressible round jet by Thaker P., Mathew J. , Ghosh S. Journal of Fluid Mechanics 971 - (2023)
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Effects of radiative heat transfer on the turbulence structure in inert and reacting mixing layers by Somnath Ghosh and Rainer Friedrich Physics of Fluids vol 27, issue 5 - (2015)
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Application of bandwidth optimized WENO schemes to DNS of shock-turbulence interaction problems by Kumar S., Ghosh S. Shock Waves 62 69-102 (2022)
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Large-eddy simulation of compressible flow in asymmetric and symmetric planar nozzles by Kumar S., Ghosh S. AIAA Journal 59 506-525 (2021)
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LES of supersonic minimal channel flow between isothermal walls at different temperatures including thermal radiation effects using a fictitious gray gas by Baro U., Mahapatra S. , Ghosh S. , Friedrich R. Physics of Fluids 30 - (2018)
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Compressible turbulent channel and pipe flow: similarities and differences by S. Ghosh, H. Foysi, and R. Friedrich Journal of Fluid Mechanics vol 648 - (2010)
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Large-eddy simulation of shock turbulence interaction in supersonic diffuser flows by Mahapatra S., Kumar S. , Sinhamahapatra K. P., Ghosh S. Journal of Turbulence 18 - (2017)
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Effects of distributed pressure gradients on the pressure-strain correlations in a supersonic nozzle and diffuser by Somnath Ghosh and Rainer Friedrich Journal of Fluid Mechanics vol 742 466-494 (2014)
Principal Investigator
- DNS and LES of compressible, turbulent round jets Science and Engineering Research Board (SERB)
- DNS and LES of compressible, turbulent round jets Anusandhan National Research Foundation (ANRF)
Ph. D. Students
Deshpande Sanat Anant
Area of Research: DNS/LES of compressible flows
Mansi Babbar
Area of Research: DNS/LES of compressible flows
Priyakshi Goswami
Area of Research: Computational Fluid Dynamics
Rahatgaonkar Asmita Milind
Area of Research: Flapping Aerodynamics
Soumik Chakraborty
Area of Research: DNS/LES of compressible flows